The MSSM yields a comprehensive
description of the precision data, in a similar way to the
Standard Model.
Global fits, varying the MSSM parameters, have been performed
to all electroweak precision data [1]}
showing that the description within the MSSM is slightly better
than in the Standard Model.
This is mainly due to the improved
agreement for \(a_\mu \) .
The fits
have been updated recently for the constrained
MSSM (cMSSM), including also bounds from
\(b\rightarrow s\gamma \)  and from the cosmic relic density.
The \(\chi ^2\) -distribution for the fit parameters can be
shown [2]}
as a \(\chi ^2\) -distribution for the lightest Higgs boson mass \(M_H\) ,
displayed in Fig. REF .
The mass range \(M_h = 110^{+9}_{-10}\)  GeV obtained from this fit
is in much better agreement with the lower bound from the direct
search than in the case of the Standard Model.
<FIGURE>